The wavelength `lambda_(e ) ` of an electron and `lambda_(p)` of a photon of same energy E are related by

The wavelength lamda_(e) of ann electron and lamda_(p) of a photon of same energy E are related by

The wavelength lambda_(e ) of an photon of same energy E are related by

According to de-Broglie hypothesis, the wavelength associated with moving electron of mass 'm' is 'lambda_(e)' . Using mass energy relation and Planck's quantum theory, the wavelength associated with photon is 'lambda_(p)' . If the energy (E) of electron and photonm is same, then relation between lambda_e and 'lambda_(p)' is

The ratio of wavelength of a photon and that of an electron of same energy E will be

The ratio of wavelength of a photon and that of an electron of same energy E will be

The ratio of the wavelengths of a photon and that of an electron of same energy E will be [m is mass of electron ]

Photon and electron are given same energy (10^(-20) J) . Wavelength associated with photon and electron are lambda_(ph) and lambda_(el) then correct statement will be